A headgear, such as a hardhat or fireman's helmet, having a light unit applied thereto, including a light source for illuminating selective areas adjacent the headgear and which includes a current source for energizing the light source. Said current source forms a part of a drive unit which includes a pendulum and a flexible shaft actuated by the pendulum for changing the direction of the light beam emitted from the light source in response to movements of the head of the wearer of the headgear, for directing the light rays from the light source either in a forward or downward direction.

A head mounted illumination device including a light source disposed within a housing. The light source includes a plurality of lights disposed within the housing. The housing is securable to a mouthpiece of a headset to facilitate securement of the light source to the headset. An activation button is disposed within the housing. The activation button is in communication with the light source. The activation button includes a contact switch extending outwardly of the housing. The contact switch aligns with a lip of a user. A power source is securable to the headset. The power source includes wiring extending outwardly therefrom. The wiring couples with the activation button to facilitate communication therewith.

Safety nighttime headgear consisting of a soft cap with a visor and a molded plastic unit which supports two antenna like protrusions, each including three light emitting diodes, incorporated into the soft cap. A single safety light is centered in the molded plastic unit in the front of the cap. The light emitting diodes are powered by an electrical system molded directly into the molded plastic unit and powered by a three volt lithium battery. The electrical system is activated by an on/off switch via a button located a the top of the cap.

A surgical headlamp containing dual lamp housings, each containing one or more LED light sources is featured. Both lamp housings may be adjusted so that light beams emitted by each may be selectively converged at a spot a predetermined distance in front of the lamp housings. Each lamp housing typically contains, in addition to the LED(s), one or more reflectors to gather and direct light generated by the LED(s) forward to an illuminated work area. Batteries, preferably rechargeable, mounted either on the headband supporting the headlamp on a user's head or external to the headband, are used to power the LED(s). Switch and/or dimming circuitry may be provided. Hot swapping, a capability whereby batteries may be interchanged during a lengthy surgical procedure, is also provided.

A headlamp includes a housing securable to a human appendage. Within the housing a battery is located. Upon activation of a switch, the battery forms an electrical circuit with a light source located within the housing and directed to project a light beam therefrom. The housing is formed as an animate head having a mouth portion aperture defined by a hingeably secured jaw portion such that a light beam emanating from the light source projects through the aperture. The housing modifies the shape of the light beam and creates an inducement for a child-pedestrian to use the headlamp.